Designed for in-situ optical characterization under controlled temperatures, our optical heating and cooling stage are deployed in materials science, semiconductor research, optoelectronics, nanotechnology, biophotonics, and geology. They support real-time observation of optical properties—including microscopy, fluorescence, Raman, refractive index, and luminescence efficiency—with precise thermal management.

Capable of spanning 4K to 1700°C, the series integrates multiple thermal control methods: LHe/LN₂ cooling, TEC, resistive heating, IR heating, and laser heating—tailored to specific temperature targets and applications.

SDKs (LabVIEW, C#, Python) are provided for custom automation and system integration.

The GoGo Instruments IH1600-SR is specifically engineered for studying microstructural evolution of materials at high temperatures. It enables synchronous radiation scanning analysis of phase transition processes, such as melting and solidification, and accommodates samples of various shapes (e.g., sheet, bulk, cylindrical). Featuring an innovative infrared focusing heating structure and process, it achieves a breakthrough in ultra-fast heating control with rates of up to 30°C/s. The core heating assembly employs a modular design, allowing for rapid disassembly and replacement, which significantly enhances equipment maintenance efficiency.